Bioprocessing & Single-Use Systems

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The biopharmaceutical industry has rapidly adopted Single-Use Technology (SUT) to improve manufacturing flexibility, reduce contamination risks, shorten production timelines, and eliminate the need for costly cleaning validation. Today, single-use systems are widely used in the production of monoclonal antibodies, vaccines, recombinant proteins, biosimilars, cell and gene therapies, plasma-derived products, and other biologics.

Unlike traditional stainless-steel systems, single-use assemblies are supplied pre-sterilized and ready to use, allowing manufacturers to increase operational efficiency while maintaining the highest levels of sterility and product quality. From media preparation and buffer storage to upstream cell culture and downstream purification, every stage of the manufacturing process relies on high-quality disposable components.

Selecting the right bioprocess consumables requires careful consideration of material compatibility, sterility assurance, extractables and leachables data, regulatory documentation, and supply chain reliability.

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Typical Applications

Media Preparation
Buffer Preparation
Upstream Processing
Cell Culture
Fermentation
Harvest Operations
Downstream Purification
Fill & Finish
Vaccine Manufacturing
Cell & Gene Therapy
mRNA Manufacturing

Key Challenges

Maintaining sterility throughout the process
Preventing cross-contamination
Managing extractables and leachables
Ensuring consistent product quality
Scaling from development to commercial manufacturing
Supply chain continuity
Regulatory compliance

Critical Product Selection Criteria

USP Class VI materials
Gamma sterilized products
Sterility Assurance Level (SAL)
Extractables & Leachables documentation
Validation package availability
Weldable tubing compatibility
Pressure and burst testing
Lot traceability
Regulatory documentation
Reliable manufacturing capacity

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Single-use technology uses disposable components instead of reusable stainless-steel equipment, reducing cleaning requirements and contamination risks.

They improve manufacturing flexibility, reduce downtime, lower validation costs, and support faster production.

Single-use bags, tubing assemblies, bottle assemblies, filters, connectors, sampling systems, and sterile containers.

These are compounds that may migrate from polymer materials into process fluids. Manufacturers provide testing data to support product evaluation.

Gamma irradiation sterilizes disposable components before shipment, reducing contamination risks during use.

Look for ISO manufacturing standards, USP Class VI materials (where applicable), sterility validation, and complete traceability.

Yes. Many are specifically designed and validated for GMP biopharmaceutical production.

Consider volume, film type, connector configuration, pressure rating, sterility, application, and compatibility with process fluids.

Bioprocessing & Single-Use Systems

Bioprocessing & Single-Use Systems

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Bioprocessing & Single-Use Systems Bioprocessing & Single-Use Systems

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